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Was last week’s aurora borealis a natural phenomenon?

Was last week’s aurora borealis a natural phenomenon?

Last week, the UK was treated to a spectacular display in the night sky.  On Thursday, 10 October, the aurora borealis, also known as the Northern Lights, could be seen as far south as Kent and East Anglia

For anyone who has seen the pictures and videos and despite corporate media reporting that it was a “natural phenomenon,” the first question that came to mind was: Was it a natural phenomenon?

Being sceptical that last week’s Northern Lights was natural is not unreasonable considering similar spectacular shows in our night skies, worldwide, happened five months ago on 10 May.  By coincidence, or not, HAARP’s aurora switch had been turned on the week before to create “artificial airglows.”

Further reading: HAARP’s aurora switch was turned on last week to create “artificial airglows”

Last week, as in May, the Lights were not only witnessed in the UK but in various locations across the world. Aurora borealis was spotted in, for example, China, Europe, Canada and New York City.

So, were they a natural phenomenon? Perhaps not and this time it could be related to Next Generation Weather Radar (“NEXRAD”) activity.

NEXRAD is a network of 159 high-resolution S-band Doppler weather radars operated by the National Weather Service, the Federal Aviation Administration and the United States Air Force. 

The NEXRAD radars are located in the United States, Puerto Rico, Guam and select overseas locations.  The official line is that these radars are designed to provide high-resolution weather data, enabling accurate forecasting and warning systems. The data is collected and processed by the US National Oceanic and Atmospheric Administration (“NOAA”) National Weather Service Radar Operations Centre (“ROC”) for use in weather forecasting and research.

As Jon Fleetwood writes, NEXRAD radar pulses appear to align with the recent aurora borealis sightings.  This raises the question of whether the powerful radar emissions from NEXRAD are influencing the reach and intensity of the Northern Lights.

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Aurora Borealis Sightings Appear Synchronised With NEXRAD Pulses

By Jon Fleetwood

Between October 10th and 12th, the Northern Lights (Aurora Borealis) illuminated skies across several US states due to a powerful geomagnetic storm.

This website investigated whether these sightings coincide with radio frequency pulses from NEXRAD stations, exploring if the timing of these light displays might align with NEXRAD’s radar pulses.

Such an alignment could suggest an interaction between these atmospheric phenomena and the radar emissions, raising questions about their potential influence on the visibility and intensity of the auroras.

Peak visibility of the Northern Lights occurred from approximately 9:30 pm to 2 am local time.

States with notable sightings included Washington, Idaho, Montana, North Dakota, Wisconsin, Minnesota, Michigan, New York and Maine.

During the storm’s peak on October 10th and 11th, auroras reportedly reached as far south as Illinois, Nebraska, Pennsylvania, Ohio, Alabama and Northern California.

Observers in these states saw colours like green, pink, and magenta lighting up the night sky.

NEXRAD

NEXRAD radar systems, known for their powerful radio pulses, have raised questions regarding potential weather manipulation – especially with anomalies seen during hurricanes Helene and Milton.

Each pulse can reach an effective radiated power (“ERP”) of 31.6 GW when starting with a 1 MW (1 million watts) peak power and utilising a 45 dBi antenna gain.

With 159 stations operating across the US, each potentially emitting approximately 86 million pulses per day, the combined ERP generated is immense.

This vast output raises questions about the potential cumulative effects of these high-energy pulses, especially when they align with other atmospheric phenomena, such as aurora borealis sightings.

Observers have noted synchronised radar pulses around recent hurricane paths, sparking theories that these signals could influence storm trajectories.

Now, with recent aurora borealis sightings visible far beyond usual latitudes and coinciding with this same NEXRAD pulse activity, it raises a new question: could the radar pulses somehow be linked to the unusual intensity and southern reach of these auroras?

While auroras are said to be triggered by geomagnetic storms from solar activity, it’s worth considering whether the timing and spread of these light phenomena might be related to radar emissions.

If NEXRAD pulses can impact the atmosphere around hurricanes, could they also interact with geomagnetic storms, amplifying or redirecting auroras?

An alignment in timing would be curious and call for a closer examination of the relationship between radar emissions and atmospheric phenomena like the aurora borealis.

But did NEXRAD pulses correspond with the timing of the Northern Lights sightings?

Yes.

The below video recording obtained by this website from the College of DuPage (“COD”) reveals that NEXRAD pulses were emitted between 9:30 pm to 2 am local time.

Keep in mind that this radar imaging uses UTC (Coordinated Universal Time), seen at the very bottom of the video, so the times need to be converted to local time zones.

For example, you can see that in Texas, a bright pulse was emitted on the 11th of October around 2:55 UTC, which converts to 9:55 PM Central Daylight Time (“CDT”) on the 10th of October, approximately when northern lights were seen.

In New York and Florida, it would have been 10:55 pm Eastern Daylight Time (“EDT”) on the 10th, when the video confirms NEXRAD pulses were emitted in the area, corresponding to sighting times.

And in Washington, NEXRAD can be seen firing at 5:55 UTC on the 11th of October, corresponding to 10:55 pm PDT on the 10th of October, when aurora borealis was visible in the region.

Further reading:

About the Author

Jon Fleetwood is the former managing editor of American Faith. His work has appeared on Alex Jones’ InfoWarsOne America News (OAN), RFK Jr.’s The Defender (Children’s Health Defense), Dr. Sherri Tenpenny’s The Tenpenny Report, The Bill Martinez Radio Show, The New American, Mike Lindell’s Frank Speech and The Exposé.

You can follow Jon Fleetwood on Instagram HERE,  Twitter HERE, Facebook HERE and Substack HERE.

Featured image: Spectacular Aurora Borealis display lights up night’s sky, Independent, 11 October 2024

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